mirror of
https://github.com/byteworksinc/ORCA-C.git
synced 2025-03-31 02:29:38 +00:00
Spellcheck comments throughout the code.
There are no non-comment changes.
This commit is contained in:
Stephen Heumann
parent
d60104cc47
commit
ffe6c4e924
10
CCommon.pas
10
CCommon.pas
@ -42,7 +42,7 @@
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{ value of constant expressions in this variable }
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{ expressionType - the type of the expression }
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{ expressionTree - for non-constant initializers }
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{ isConstant - is the initializer expression conastant? }
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{ isConstant - is the initializer expression constant? }
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{ typeSpec - type given by the last declaration specifiers, }
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{ specifier-qualifier list, or type name evaluated }
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{ }
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@ -123,7 +123,7 @@ type
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pString = packed array [0..maxLine] of char; {length string}
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stringPtr = ^pString;
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ptr = ^byte; {general purpose pointer}
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handle = ^ptr; {gereral purpose handle}
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handle = ^ptr; {general purpose handle}
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gsosInString = record
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size: integer;
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@ -139,9 +139,9 @@ type
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gsosOutStringPtr = ^gsosOutString;
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{ The base types include two main categories. The values starting }
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{ with cg are defined in the code generater, and may be passed to the }
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{ with cg are defined in the code generator, and may be passed to the }
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{ code generator for resolution. The cc types are used internally in }
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{ the compiler. Any values whose type is cc must be resulved to one }
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{ the compiler. Any values whose type is cc must be resolved to one }
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{ of the cg types before the code generator is called. }
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baseTypeEnum = (cgByte,cgUByte,cgWord,cgUWord,cgLong,cgULong,
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@ -475,7 +475,7 @@ var
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expressionValue: longint; {value of the last constant expression}
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expressionType: typePtr; {the type of the expression}
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initializerTree: tokenPtr; {for non-constant initializers}
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isConstant: boolean; {is the initializer expression conastant?}
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isConstant: boolean; {is the initializer expression constant?}
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{type specifier results}
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{----------------------}
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4
CGC.pas
4
CGC.pas
@ -38,8 +38,8 @@ type
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end;
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var
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{msc}
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{---}
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{misc}
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{----}
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blkcnt: longint; {number of bytes in current segment}
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{buffers}
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8
CGI.pas
8
CGI.pas
@ -5,7 +5,7 @@
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{ }
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{ This unit serves as the glue code attaching a compiler }
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{ to the code generator. It provides subroutines in a }
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{ format that is convinient for the compiler during }
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{ format that is convenient for the compiler during }
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{ semantic analysis, and produces intermediate code records }
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{ as output. These intermediate code records are then }
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{ passed on to the code generator for optimization and }
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@ -327,7 +327,7 @@ var
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stringsize: 0..maxstring; {amount of string space left}
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stringspace: packed array[1..maxstring] of char; {string table}
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symLength: integer; {length of debug symbol table}
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toolParms: boolean; {generate tool format paramaters?}
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toolParms: boolean; {generate tool format parameters?}
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volatile: boolean; {has a volatile qualifier been used?}
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hasVarargsCall: boolean; {does current function call any varargs fns?}
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@ -769,7 +769,7 @@ profileFlag := false; {don't generate profiling code}
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debugFlag := false; {don't generate debug code}
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debugStrFlag := false; {don't generate gsbug debug strings}
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traceBack := false; {don't generate traceback code}
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volatile := false; {no volatile quialifiers found}
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volatile := false; {no volatile qualifiers found}
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registers := cLineOptimize; {don't do register optimizations}
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peepHole := cLineOptimize; {not doing peephole optimization (yet)}
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@ -799,7 +799,7 @@ if codeGeneration then begin
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{ WriteCode(code); {debug}
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DAG(code); {generate the code}
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{initialize volitile variables for next intermediate code}
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{initialize volatile variables for next intermediate code}
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code := pointer(Calloc(sizeof(intermediate_code)));
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{code^.lab := nil;}
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code^.optype := cgWord;
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6
DAG.pas
6
DAG.pas
@ -64,7 +64,7 @@ function CodesMatch (op1, op2: icptr; exact: boolean): boolean;
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function LongStrCmp (s1, s2: longStringPtr): boolean;
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{ Are the strings s1 amd s2 equal? }
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{ Are the strings s1 and s2 equal? }
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{ }
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{ parameters: }
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{ s1, s2 - strings to compare }
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@ -3815,7 +3815,7 @@ var
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{ }
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{ Returns: True if the store is valid, false if not. }
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{ }
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{ Notes: Specifically, these two rules are inforced: }
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{ Notes: Specifically, these two rules are enforced: }
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{ 1. No other stores to the same location appear in the }
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{ loop. }
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{ 2. All uses of the value in the loop can be reached }
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@ -4083,7 +4083,7 @@ var
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end; {if}
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end {else if}
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else if opcode in [pc_ldo,pc_lod] then begin
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{invariant if there is an immediately preceeding invariant store}
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{invariant if there is an immediately preceding invariant store}
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if PreviousStore(op, lp2^.block^.code) then begin
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op^.parents := icount;
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icount := icount+1;
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@ -342,7 +342,7 @@ ml1 lda ans SYSS1*SYSS1+2+SYSS1+2 -> SYSS1,SYSS1+2
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lda ans+6
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adc num2+2
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sta ans+6
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ml2 ror ans+6 shift the interem result
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ml2 ror ans+6 shift the interim result
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ror ans+4
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ror ans+2
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ror ans
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@ -35,7 +35,7 @@
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{ GenerateCode - generate code from a fully formed expression }
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{ tree }
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{ GetTemp - find a temporary work variable }
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{ InitExpression - initlialize the expression handler }
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{ InitExpression - initialize the expression handler }
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{ UsualBinaryConversions - performs the usual binary }
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{ conversions }
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{ UsualUnaryConversions - performs the usual unary conversions }
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@ -119,7 +119,7 @@ procedure DoSelection (lType: typePtr; tree: tokenPtr; var size: longint);
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{ unsigned - is the bit field unsigned? }
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{ isBitField - is the field a bit field? }
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{ }
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{ varaibles: }
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{ variables: }
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{ expressionType - set to the type of the field }
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@ -835,7 +835,7 @@ var
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Error(31);
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errorFound := true;
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end; {else}
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end {if id = nill}
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end {if id = nil}
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else if id^.itype^.kind = enumConst then begin
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stack^.token.class := intConstant;
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stack^.token.kind := intconst;
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@ -1402,7 +1402,7 @@ var
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procedure Skip;
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{ skip all tokens in the reminader of the expression }
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{ skip all tokens in the remainder of the expression }
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begin {Skip}
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while not (token.kind in stopSym+[eofsy]) do
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@ -1630,7 +1630,7 @@ if token.kind in startExpression then begin
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dispose(op);
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end {if}
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else begin
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done2 := false; {do operations with less precidence}
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done2 := false; {do operations with less precedence}
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repeat
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if opStack = nil then
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done2 := true
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@ -1936,7 +1936,7 @@ procedure DoSelection {lType: typePtr; tree: tokenPtr; var size: longint};
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{ unsigned - is the bit field unsigned? }
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{ isBitField - is the field a bit field? }
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{ }
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{ varaibles: }
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{ variables: }
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{ expressionType - set to the type of the field }
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label 1;
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@ -2115,7 +2115,7 @@ var
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{ returns the type of an expression }
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{ }
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{ This subroutine is used to see if + and - operarions }
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{ This subroutine is used to see if + and - operations }
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{ should do pointer addition. }
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{ }
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{ parameters: }
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@ -2138,7 +2138,7 @@ var
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expressionType := expressionType^.dType;
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ExpressionKind := expressionType^.kind;
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doDispose := ldoDispose; {resore the volitile variables}
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doDispose := ldoDispose; {restore the volatile variables}
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codeGeneration := lCodeGeneration and (numErrors = 0);
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expressionType := lexpressionType;
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end; {ExpressionKind}
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2
Gen.pas
2
Gen.pas
@ -52,7 +52,7 @@ const
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type
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{possible locations for 4 byte values}
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longType = record {desciption of current four byte value}
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longType = record {description of current four byte value}
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preference: integer; {where you want the value}
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where: integer; {where the value is at}
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fixedDisp: boolean; {is the displacement a fixed value?}
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@ -174,7 +174,7 @@ type
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var
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codeStarted: boolean; {has code generation started?}
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includeLevel: 0..maxint; {nexted include level}
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includeLevel: 0..maxint; {nested include level}
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includeMark: boolean; {has the mark field been written?}
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savePragmas: set of pragmas; {pragmas to record}
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saveSource: boolean; {save source streams?}
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@ -359,7 +359,7 @@ var
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end;
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count: integer; {number of constants to repeat}
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i,j,k: integer; {loop variables}
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lsegDisp: longint; {for backtracking while writting the }
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lsegDisp: longint; {for backtracking while writing the }
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{ debugger's symbol table }
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lval: longint; {temp storage for long constant}
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nptr: stringPtr; {pointer to a name}
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@ -1437,7 +1437,7 @@ var
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function SignExtension (ns: integer): boolean;
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{ See if the pattern is a sugn extension }
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{ See if the pattern is a sign extension }
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{ }
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{ Parameters: }
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{ ns - start of suspected pattern }
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@ -2074,7 +2074,7 @@ procedure InitFile {keepName: gsosOutStringPtr; keepFlag: integer; partial: bool
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var
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i: integer; {loop index}
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lab: stringPtr; {for holdling names var pointers}
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lab: stringPtr; {for holding names var pointers}
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menuLen: integer; {length of the menu name string}
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24
Parser.pas
24
Parser.pas
@ -155,7 +155,7 @@ var
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firstCompoundStatement: boolean; {are we doing a function level compound statement?}
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fType: typePtr; {return type of the current function}
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isForwardDeclared: boolean; {is the field list component }
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{ referenceing a forward struct/union? }
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{ referencing a forward struct/union? }
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isFunction: boolean; {is the declaration a function?}
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isPascal: boolean; {has the pascal modifier been used?}
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{ (set by DoDeclaration)}
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@ -236,7 +236,7 @@ procedure GotoLabel (op: pcodes);
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{ does not already exist. Generate the label or a jump to it }
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{ based on op. }
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{ }
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{ paremeters: }
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{ parameters: }
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{ op - operation code to create }
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label 1;
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@ -279,7 +279,7 @@ procedure CompoundStatement (makeSymbols: boolean);
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{ }
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{ Parameters: }
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{ makeSymbols - create a symbol table? (False for a }
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{ function's outer wrapper, true for imbeded statements) }
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{ function's outer wrapper, true for imbedded statements) }
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var
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stPtr: statementPtr; {for creating a compound statement record}
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@ -398,7 +398,7 @@ var
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procedure AssignmentStatement;
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{ handle an asignment statement }
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{ handle an assignment statement }
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begin {AssignmentStatement}
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if token.kind in startExpression then begin
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@ -1032,7 +1032,7 @@ if tl <> nil then begin
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NextToken; {evaluate the expression}
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Expression(normalExpression, [semicolonch]);
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Gen0t(pc_pop, UsualUnaryConversions);
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NextToken; {skip the seminolon}
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NextToken; {skip the semicolon}
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printMacroExpansions := lPrintMacroExpansions;
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end; {if}
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@ -1185,7 +1185,7 @@ type
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var
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i: integer; {loop variable}
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lastWasIdentifier: boolean; {for deciding if the declarator is a fuction}
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lastWasIdentifier: boolean; {for deciding if the declarator is a function}
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lastWasPointer: boolean; {was the last type a pointer?}
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newName: stringPtr; {new symbol name}
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parameterStorage: boolean; {is the new symbol in a parm list?}
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@ -2301,7 +2301,7 @@ var
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procedure RecomputeSizes (tp: typePtr);
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{ a size has been infered from an initializer - set the }
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{ a size has been inferred from an initializer - set the }
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{ appropriate type size values }
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{ }
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{ parameters: }
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@ -2561,7 +2561,7 @@ procedure DeclarationSpecifiers (allowedTokens: tokenSet;
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{ }
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{ outputs: }
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{ isForwardDeclared - is the field list component }
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{ referenceing a forward struct/union? }
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{ referencing a forward struct/union? }
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{ skipDeclarator - for enum,struct,union with no }
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{ declarator }
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{ typespec - type specifier }
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@ -3827,7 +3827,7 @@ var
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{ nonempty-abstract-declarator: }
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{ ( nonempty-abstract-declarator ) }
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{ abstract-declarator ( ) }
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{ abstract-declaraotr [ expression OPT ] }
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{ abstract-declarator [ expression OPT ] }
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{ * abstract-declarator }
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var
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@ -3858,7 +3858,7 @@ var
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end {if}
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else begin
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{handle a perenthesized type}
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{handle a parenthesized type}
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if not (token.kind in [lparench,asteriskch,lbrackch]) then
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begin
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Error(82);
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@ -4125,7 +4125,7 @@ var
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{ parameters: }
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{ elements - elements in the array }
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{ itype - type of each array element }
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{ count - remaining initializer repititions }
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{ count - remaining initializer repetitions }
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{ iPtr - initializer record }
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begin {ZeroFill}
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@ -4248,7 +4248,7 @@ var
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endDisp := disp + itype^.size;
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if iPtr^.isStructOrUnion then begin
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LoadAddress; {load the destination address}
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GenerateCode(iptr^.iTree); {load the stuct address}
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GenerateCode(iptr^.iTree); {load the struct address}
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{do the assignment}
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AssignmentConversion(itype, expressionType, isConstant, val,
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true, false);
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@ -55,7 +55,7 @@ lb2 iny next character
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****************************************************************
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*
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* KeyPress - Has a key been presed?
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* KeyPress - Has a key been pressed?
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*
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* If a key has not been pressed, this function returns
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* false. If a key has been pressed, it clears the key
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10
Scanner.pas
10
Scanner.pas
@ -237,7 +237,7 @@ type
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var
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dateStr: longStringPtr; {macro date string}
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doingPPExpression: boolean; {are we processing a preprocessor expression?}
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doingstring: boolean; {used to supress comments in strings}
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doingstring: boolean; {used to suppress comments in strings}
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errors: array[1..maxErr] of errorType; {errors in this line}
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eofPtr: ptr; {points one byte past the last char in the file}
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fileList: filePtr; {include file list}
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@ -268,7 +268,7 @@ var
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ucnString: string[10]; {string of a UCN}
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lintErrors: set of 1..maxLint; {lint error codes}
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{-- External procedures; see expresssion evaluator for notes ---}
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{-- External procedures; see expression evaluator for notes ----}
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procedure EndInclude (chPtr: ptr); extern;
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@ -406,7 +406,7 @@ end; {AddPath}
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function Convertsl(var str: pString): longint; extern;
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{ Return the integer equivalent of the string. Assumes a valid }
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{ 4-byte integer string; supporst unsigned values. }
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{ 4-byte integer string; supports unsigned values. }
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procedure SetDateTime; extern;
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@ -416,7 +416,7 @@ procedure SetDateTime; extern;
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function KeyPress: boolean; extern;
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{ Has a key been presed? }
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{ Has a key been pressed? }
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{ }
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{ If a key has not been pressed, this function returns }
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{ false. If a key has been pressed, it clears the key }
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@ -3432,7 +3432,7 @@ var
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lch: char; {next command line character}
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cp: ptr; {character pointer}
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i: 0..hashSize; {loop variable}
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negative: boolean; {is a number nagative?}
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negative: boolean; {is a number negative?}
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mp: macroRecordPtr; {for building the predefined macros}
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bp: ^macroRecordPtr;
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@ -40,7 +40,7 @@
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{ voidPtrPtr - typeless pointer, for some type casting }
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{ stringTypePtr - pointer to the base type for string }
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{ constants }
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{ defaultStruc - default for structures with errors }
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{ defaultStruct - default for structures with errors }
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{ }
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{---------------------------------------------------------------}
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@ -942,7 +942,7 @@ var
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procedure WriteScalarType (tp: typePtr; modifiers, subscripts: integer);
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{ Write a scalar type and subscipt field }
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{ Write a scalar type and subscript field }
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{ }
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{ parameters: }
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{ tp - type pointer }
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@ -1539,7 +1539,7 @@ var
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lPtr,tPtr: typePtr; {for tracing forward declared types}
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begin {ResolveForwardReference}
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iPtr^.isForwardDeclared := false; {we will succeeed or flag an error...}
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iPtr^.isForwardDeclared := false; {we will succeed or flag an error...}
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tPtr := iPtr^.itype; {skip to the struct/union type}
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lPtr := nil;
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while tPtr^.kind in [pointerType,arrayType,functionType,definedType] do begin
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@ -349,7 +349,7 @@ charSym start single character symbols
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dc i'0,0,0,0,0,0,0,0' x-rub
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end
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icp start in comming priority for expression
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icp start in-coming priority for expression
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! assumes notAnOperation = 200
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dc i1'200' ident
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dc i1'200' intconst
|
||||
|
||||
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